CN2618235Y - A reading that can automatically identify content - Google Patents

Abstract

The utility model relates to the technical field of electronic products, in particular to a reading material capable of automatically identifying contents. The technical scheme is as follows: the book reading device comprises a reading material, a color signal detector and a loudspeaker, wherein different color marks are marked on a page of the reading material, and the color signal detector is connected with the loudspeaker. The utility model discloses an utilize the colour signal detector to turn into data signal with the colour mark on the page of reading, through treater analysis processes the back, seek out the data relevant with page content in the memory that has the content of reading, turn into sound signal after by speaker output. Therefore, the signal transmission mode is optimized, the dependence of the electronic reading materials on the identification base is eliminated, the product is convenient for a user to carry and can be used at any time, and the application range of the product is greatly widened.

Description

A reading that can automatically identify content

Technical field:

The utility model relates to the technical field of electronic products, in particular to a reading material that can automatically identify content.

Background technique:

With the continuous development of science and technology, people design and manufacture many new products, e-book is one of them. E-books are mainly a tool to help children enlighten and learn. It can automatically recognize the content in the book and send it out through the speaker, so that children can learn intuitively in the game. See attached drawing 1, which is a structural diagram of a common e-book currently on the market, which includes an identification base 01, a book 02 and a data card used with the book 02. A groove 011 and a slot 012 for a data card are opened in the identification base 01 . When using, place the book 02 in the groove 011 of the identification base 01, and at the same time insert the data card used with it into the slot 012 of the identification base 01, and then click the content on the book 02 with the trigger pen to identify the base 01 A corresponding sound will be emitted. Its working principle is that when the trigger pen clicks on the content on the book, it will touch the sensor in the groove 011 of the identification base, and the sensor will send instructions to the processor, and the processor will read the corresponding content on the data card according to the signal, and pass through The loudspeaker emits, so that the user can know the contents of the book. But there is a very big shortcoming in the electronic book of this structure mode exactly when the user reads a book, must place the book in the recognition base and just can read the content on the book. This brings great restrictions to the use of this product, resulting in the relatively narrow and narrow range of use of e-books.

On the other hand, with the development of science and technology, the color signal detection technology has become a mature technology, which has been widely used, for example, in scanners. Through this device, the color information can be converted into a data signal, so that it can be analyzed and processed.

Invention content:

The purpose of this utility model is to overcome the shortcomings of the above-mentioned products, and to provide a portable and easy-to-use reading material that can automatically identify the content.

The utility model is realized through the following technical solutions: it includes reading material, a color signal detector and a loudspeaker, the pages of the reading material are marked with different color marks, and the color signal detector is connected with the loudspeaker.

The utility model uses a color signal detector to convert the color mark on the page of the reading material into a data signal, and after analyzing and processing by the processor, finds out the data related to the page content in the memory storing the content of the reading material, and converts it into The sound signal is then output by the speaker. In this way, the signal transmission method is optimized, and the dependence of the electronic reading material on the identification base is eliminated, so that the product is convenient for the user to carry around and can be used at any time, which greatly broadens the scope of use of the product.

Description of drawings:

Below in conjunction with accompanying drawing, the utility model is further described:

Fig. 1 is a structural schematic diagram of an existing e-book;

Fig. 2 is a structural representation of the utility model;

Fig. 3 is a working principle diagram of the utility model;

Fig. 4 is the flowchart that the utility model adopts;

Fig. 5 is the utility model embodiment one;

Fig. 6 is the second embodiment of the utility model.

Detailed ways:

See accompanying drawing 2, the utility model comprises: it comprises reading material 1, color signal detector 2 and loudspeaker 3, and the page of reading material 1 is marked with different color marks 11, and color signal detector 2 is connected with loudspeaker 3.

The color signal detector 2 is provided with a probe 21 and a control button 22. During use, the probe 21 is aligned with the color mark 11 on the page of the reading material 1, and then the control button 22 is pressed to start working.

See accompanying drawing 3, the utility model utilizes the RGB three-color light that the probe 21 in the color signal detector 2 produces to scan the color marks 11 on the page of the reading material 1, and then the light will carry the information of the color marks 11 after reflection and return for processing After analyzing and processing the input signal, the processor 23 finds data related to the page content in the memory 24 storing the content of the reading material 1, converts it into a sound signal, and outputs it from the speaker 3. This allows the user to hear directly what is on the page.

See accompanying drawing 4, this is the flow chart of the application program of the present invention, at first the probe 21 scans the color mark 11, reads the color information, and searches for the corresponding color data in the established color data list, and then proofreads. If there is no match for the color, return and start the process all over again. If the read color signal matches it, enter the next step, find out the serial number corresponding to this color in the index list, and output the sound signal corresponding to the serial number, and finally the sound signal passes through the speaker 3 outputs.

Below in conjunction with embodiment the utility model is further described:

See accompanying drawing 5, adopt single color mark 11 in the present embodiment, so adopt an RGB type LED 211 and light receiving sensor 212 correspondingly in the probe 21, the RGB three-color light that LED sends scans the color mark on the page After 11, it is received by the light receiving sensor 212 and fed back to the processor 23 for processing. If the number of identifiable color types of the utility model is N, then according to the above, it can be known that the number of corresponding functions established in the program is F=N. That is, N kinds of different sound signals can be sent out finally. If one sound signal corresponds to one page in the reading material 1, then the reading material can be bound with N pages at most. Assuming that N=8, then the reading material has eight pages at most, so that the content of the reading material is not substantial.

See accompanying drawing 6, adopt two color marks 11 in the present embodiment, same probe 21 has adopted an RGB type LED 211 and two light receiving sensors 213,214 correspondingly, the RGB three-color light that LED 211 sends scans the page After the color marks 11 on the screen are received by the light receiving sensors 213 and 214 respectively, they are fed back to the processor 23 for processing. In the same way, if the number of recognizable color types of the utility model is N, that is, each color mark 11 can adopt N kinds of colors, then two color marks 11 can combine N*N kinds of colors, that is, the corresponding function established in the program The number of F=N*N. That is, finally N ² different sound signals can be issued. If one sound signal corresponds to one page in the reading material 1, then the reading material can be bound up to N ² pages. We still assume that N=8, then this reading material can have 256 pages at most, so just can enrich the content of reading material greatly.

The utility model gets rid of the dependence of the electronic reading material on the identification base, makes the product convenient for users to carry and use at any time, and greatly widens the application range of the product.

Claims (2)

1. A reading that can automatically identify content, characterized in that it includes a reading (1), a color signal detector (2) and a speaker (3), and the pages of the reading (1) are marked with different color marks (11) , the color signal detector (2) is connected with the loudspeaker (3). 2. A reading material that can automatically identify content according to claim 1, characterized in that: the probe (21) is located at the front end of the color signal detector (2), and a control switch is arranged on the color signal detector (2) (twenty two).

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